package cn.bocweb.spinning.model.Bean;

import java.io.Serializable;
import java.util.List;

/**
 * Created by chenchangxing on 16/7/27.
 */
public class SecondDownloadBean implements Serializable {

    /**
     * msg : 获取成功
     * return_code : 0
     * data : [{"id":"23389","title":"预并条圈条底盘速度不变，上圈条盘速度越快，圈出的棉条排列越近。","right":"2","explain":"","option":null,"ttype":"2","tid":"23389","libtype":"16"},{"id":"14216","title":"须条的密度越大，摩擦力界越（ ）。","right":"2","explain":"","option":["弱","强","没影响","一样"],"ttype":"1","tid":"14216","libtype":"16"},{"id":"23380","title":"判断电清是否老化的办法主要就是通过单锭切疵菜单进行侦测，发现CCm或CCp的切疵数目很少，这样基本可判定是检测头传感器老化所致。","right":"2","explain":"","option":null,"ttype":"2","tid":"23380","libtype":"16"},{"id":"23383","title":"C通道、CC通道只可以防止错支纱，不能对纱线的长片段变异进行检测和清除。","right":"2","explain":"","option":null,"ttype":"2","tid":"23383","libtype":"16"},{"id":"14197","title":"USG并条机自调匀整系统匀整范围为（）。","right":"4","explain":"","option":["±3%","±5%","±15%","±25%"],"ttype":"1","tid":"14197","libtype":"16"},{"id":"14207","title":"在牵伸区中以前罗拉速度运动的全部快速纤维从以后罗拉速度运动的慢速纤维中抽引出来时，克服摩擦阻力总和的力称为（ ）。","right":"4","explain":"","option":["引导力 ","控制力","握持力","牵伸力"],"ttype":"1","tid":"14207","libtype":"16"},{"id":"14214","title":"粗纱机前排假捻器槽数不应（ ）于后排。","right":"4","explain":"","option":["多","少","一样","不一定"],"ttype":"1","tid":"14214","libtype":"16"},{"id":"23391","title":"纱线横截面内至少需要30根纤维。","right":"2","explain":"","option":null,"ttype":"2","tid":"23391","libtype":"16"},{"id":"23384","title":"Uster电清面板上的YF是指10万米或百万米总切疵数。","right":"1","explain":"","option":null,"ttype":"2","tid":"23384","libtype":"16"},{"id":"23379","title":"半制品的条干均匀度越好，成纱条干均匀度越好。","right":"2","explain":"","option":null,"ttype":"2","tid":"23379","libtype":"16"},{"id":"14194","title":"当胞壁面积占横截面积的（ ）时，被认为是不成熟纤维。","right":"2","explain":"","option":["50%~80%","30%~45%","25%","5%"],"ttype":"1","tid":"14194","libtype":"16"},{"id":"14223","title":"当牵伸区中摩擦力界强度较强时，则（ ）。","right":"3","explain":"","option":["纤维变速点分散","浮游纤维较多","牵伸力较大","纤维伸直度差"],"ttype":"1","tid":"14223","libtype":"16"},{"id":"23390","title":"浅色布用纱，由于浅色布染色较浅，可以混用成熟度较低的棉花。","right":"2","explain":"","option":null,"ttype":"2","tid":"23390","libtype":"16"},{"id":"23388","title":"并条上圈条盘的直径大小决定棉条桶的直径。","right":"2","explain":"","option":null,"ttype":"2","tid":"23388","libtype":"16"},{"id":"23386","title":"随着钢领使用时间的延长，钢领逐渐衰退，为减少细纱断头，一般采取减轻钢丝圈重量的方法。","right":"2","explain":"","option":null,"ttype":"2","tid":"23386","libtype":"16"},{"id":"23375","title":"细纱后区两大两小工艺是指大：粗纱捻系数大，细纱后区中心距大；粗纱牵伸倍数小，细纱后区牵伸倍数小。","right":"1","explain":"","option":null,"ttype":"2","tid":"23375","libtype":"16"},{"id":"14210","title":"立达自调匀整并条机改变出条速度时（ ）。","right":"2","explain":"","option":["出条重量改变","匀整点改变","条干不变","低速匀整改变"],"ttype":"1","tid":"14210","libtype":"16"},{"id":"23377","title":"罗拉钳口必须具有足够的握持力来克服快速纤维和慢速纤维间的摩擦力，牵伸作用才能顺利进行。","right":"1","explain":"","option":null,"ttype":"2","tid":"23377","libtype":"16"},{"id":"23381","title":"短疵群通道的主要功能是拦截以细纱机因前罗拉、前皮辊、钢丝圈、钢领等部件发生问题所导致的周期性（上皮辊、罗拉受伤）、非周期性（钢丝圈损坏、钢领打顿）连续疵点为主的疵群。","right":"1","explain":"","option":null,"ttype":"2","tid":"23381","libtype":"16"},{"id":"14215","title":"高速织机要求纱线强力变异系数一般不大于（ ）。","right":"2","explain":"","option":["7%　","10%","13%","15%"],"ttype":"1","tid":"14215","libtype":"16"},{"id":"14212","title":"在细纱牵伸的各项工艺参数中, 前区主要是（ ）。","right":"4","explain":"","option":["浮游区长度","胶圈钳口","摇架压力","以上各项"],"ttype":"1","tid":"14212","libtype":"16"},{"id":"14225","title":"公制号数和英制支数的换算常数是（ ）。","right":"3","explain":"","option":["583.1","581.3","590.5","595.0"],"ttype":"1","tid":"14225","libtype":"16"},{"id":"14224","title":"附加摩擦力界的应用使 （  ）。","right":"1","explain":"","option":["纤维变速点集中","握持力较大","浮游纤维增加","控制力较小"],"ttype":"1","tid":"14224","libtype":"16"},{"id":"23387","title":"由于紧密纺纱线的毛羽少，在生产时钢领钢丝圈磨损加剧，需要选配耐磨性能好、自润滑性能好的钢丝圈。","right":"1","explain":"","option":null,"ttype":"2","tid":"23387","libtype":"16"},{"id":"23376","title":"牵伸的实质是纤维沿须条轴向的相对运动。","right":"1","explain":"","option":null,"ttype":"2","tid":"23376","libtype":"16"},{"id":"14195","title":"以下关于纤维转移的说法不正确的是（ ）。","right":"3","explain":"","option":["细度相同、长度不同的化纤进行混纺时，长纤维向中心转移；而短纤维则被挤到纱的外层；","长度相同、细度不同的化纤进行混纺时，细纤维易向纱的中心转移，粗纤维易向纱的外层转移；","截面不同的纤维混纺时，抗弯强度大的纤维易向纱的中心转移；刚度小的纤维易向纱的外层转移；","圆形截面的纤维易向纱的中心转移，三角截面的纤维常分布在纱线外层。"],"ttype":"1","tid":"14195","libtype":"16"},{"id":"14213","title":"并条全机台的定量控制重点是为了控制细纱的（ ）。","right":"1","explain":"","option":["重量偏差，重量不匀率","条干均匀度","长细节，长粗节","纱疵"],"ttype":"1","tid":"14213","libtype":"16"},{"id":"14198","title":"\u201c陆S纺纱工艺\u201d的\u201c三大一小\u201d是指（）。","right":"1","explain":"","option":["细纱前区大隔距、后区大隔距、粗纱大捻度、细纱小后区牵伸倍数","粗纱大定量、大捻度，细纱大钳口，细纱轻加压","粗纱大定量、大捻度，细纱大隔距、皮辊小直径","粗纱大定量、大捻度，细纱大牵伸、皮辊小直径"],"ttype":"1","tid":"14198","libtype":"16"},{"id":"23374","title":"倒牵伸配置对改善熟条的条干均匀度有利; 顺牵伸配置对提高成纱强力有利。","right":"1","explain":"","option":null,"ttype":"2","tid":"23374","libtype":"16"},{"id":"14206","title":"只有牵伸力（ ）握持力才能实现牵伸。","right":"3","explain":"","option":["大于","等于","小于","二者没有关系"],"ttype":"1","tid":"14206","libtype":"16"},{"id":"14205","title":"牵伸过程中，纤维握持距以（ ）为确定依据。","right":"3","explain":"","option":["主体长度","平均长度","品质长度 ","手扯长度"],"ttype":"1","tid":"14205","libtype":"16"},{"id":"14193","title":"两种纤维混纺时，与混纺纱的强度相关的是（ ）。","right":"4","explain":"","option":["两种纤维的单强与断裂伸长率","纱线结构","纤维的混纺比","以上都相关"],"ttype":"1","tid":"14193","libtype":"16"},{"id":"14196","title":"USG并条机自调匀整系统匀整精度为（ ）。","right":"1","explain":"","option":["±1%","±0.5%","±2%","±5%"],"ttype":"1","tid":"14196","libtype":"16"},{"id":"23392","title":"未成熟纤维含量IFC是指细胞壁的厚度占整个纤维截面积的比例小于35%的纤维含量。","right":"2","explain":"","option":null,"ttype":"2","tid":"23392","libtype":"16"},{"id":"14192","title":"混纺比差异较大且要求较高的化纤混纺和色纺混和方法一般情况下为（ ）","right":"4","explain":"","option":["棉包混和","条子混和","片状混和","称重混合"],"ttype":"1","tid":"14192","libtype":"16"},{"id":"14222","title":"影响摩擦力界的相关因素有（ ）。","right":"4","explain":"","option":["胶辊压力及硬度","罗拉直径","须条宽度","以上所有"],"ttype":"1","tid":"14222","libtype":"16"},{"id":"23373","title":"为了使波谱图分析建立在可靠的基础上，一般认为试样的长度至少包含25个同样性不匀的波长。","right":"1","explain":"","option":null,"ttype":"2","tid":"23373","libtype":"16"},{"id":"14204","title":"刺辊除杂效率为60%、棉卷含杂率为1.5% 时,刺辊部分落杂率0. 9% ; 如刺辊落棉含杂率为36% , 则刺辊落棉率应为（ ）。","right":"1","explain":"","option":["0.025","0.032","0.035","0.02"],"ttype":"1","tid":"14204","libtype":"16"},{"id":"14226","title":"管纱线或筒子纱线的取样，每批量在2t及以下，每0.2t取样一个，但不得少于（ ）个，批量在2t以上，其超过2t的部分，每（ ）取一个，取样应随机均匀，并注意生产班次的代表性。","right":"2","explain":"","option":["5    0.1t","6    0.5t","7    1t","8    2t"],"ttype":"1","tid":"14226","libtype":"16"},{"id":"14209","title":"影响纱线条干均匀度的因素，以下说法错误的是：（ ）","right":"2","explain":"","option":["在纺细号纱时, 采用比较细的纤维, 对提高成纱条干均匀度有利。","在原料选配时要尽量做到, 纤维长度频率可以呈双峰分布。","在牵伸过程中短纤不易被控制, 浮游时间长, 从而对成纱条干起到恶化作用。","短纤维在牵伸过程中不易被控制, 在选用原棉时原棉短绒率在12%以下。"],"ttype":"1","tid":"14209","libtype":"16"},{"id":"23385","title":"细纱锥面钢领、钢丝圈的主要特点是钢领与钢丝圈的接触面积大、散热好、运行平稳，利于高速，成纱毛羽少。","right":"2","explain":"","option":null,"ttype":"2","tid":"23385","libtype":"16"},{"id":"14208","title":"钢丝圈的转速（ ）锭子转速。","right":"2","explain":"","option":["大于","小于","等于","大于等于"],"ttype":"1","tid":"14208","libtype":"16"},{"id":"14211","title":"纤维伸直平行程度差, 发生粗节的几率（ ）。","right":"1","explain":"","option":["大","小","关系不大","相同"],"ttype":"1","tid":"14211","libtype":"16"},{"id":"23382","title":"清纱参数设置，CP、CM和CCP、CCM设置长度最好是一样。","right":"2","explain":"","option":null,"ttype":"2","tid":"23382","libtype":"16"},{"id":"23378","title":"混合不匀指不同性质的纤维在产品多个截面里分布的不匀, 影响纱线强力等指标及形成色差。","right":"1","explain":"","option":null,"ttype":"2","tid":"23378","libtype":"16"},{"id":"14201","title":"一般情况下，棉纺纱线CCp长度L参数可按下列（ ）进行设置（式中E为细纱牵伸倍数）。","right":"4","explain":"","option":["3×E","3.5×E","2.8×E","2×E"],"ttype":"1","tid":"14201","libtype":"16"},{"id":"14203","title":"测得19.4tex细纱10块黑板的棉结粒数为145粒，1克纱线内的棉结粒数为（ ）。","right":"3","explain":"","option":["55","65","75","85"],"ttype":"1","tid":"14203","libtype":"16"},{"id":"14199","title":"钢丝圈两条磨损通道之间最小距离应保持纱的直径的（ ）。","right":"4","explain":"","option":["2.1倍 ","2倍","1.8倍","1.3倍"],"ttype":"1","tid":"14199","libtype":"16"},{"id":"14202","title":"涤棉纱线混纺比例的鉴定一般采用溶解法，所用溶液为（ ）。","right":"2","explain":"","option":["盐酸","硫酸","甲酸","氢氧化钠"],"ttype":"1","tid":"14202","libtype":"16"},{"id":"14200","title":"偶发性纱疵（N、S、L、T）通道清纱参数的设置应遵循（ ）。","right":"2","explain":"","option":["清纱曲线不能切入纱体","清纱曲线不能切入纱体，清纱曲线不应远离纱体，兼顾用户要求和络筒机生产效率等","清除的短粗疵点应大于捻接器的接头。","清纱曲线不应远离纱体。"],"ttype":"1","tid":"14200","libtype":"16"}]
     * sum : 50
     * totalSocre : 100
     * requireScore : 60
     * timelimit : 30
     */

    private String msg;
    private int return_code;
    private int sum;
    private String totalSocre;
    private String requireScore;
    private String timelimit;
    /**
     * id : 23389
     * title : 预并条圈条底盘速度不变，上圈条盘速度越快，圈出的棉条排列越近。
     * right : 2
     * explain :
     * option : null
     * ttype : 2
     * tid : 23389
     * libtype : 16
     */

    private List<DataBean> data;

    public String getMsg() {
        return msg;
    }

    public void setMsg(String msg) {
        this.msg = msg;
    }

    public int getReturn_code() {
        return return_code;
    }

    public void setReturn_code(int return_code) {
        this.return_code = return_code;
    }

    public int getSum() {
        return sum;
    }

    public void setSum(int sum) {
        this.sum = sum;
    }

    public String getTotalSocre() {
        return totalSocre;
    }

    public void setTotalSocre(String totalSocre) {
        this.totalSocre = totalSocre;
    }

    public String getRequireScore() {
        return requireScore;
    }

    public void setRequireScore(String requireScore) {
        this.requireScore = requireScore;
    }

    public String getTimelimit() {
        return timelimit;
    }

    public void setTimelimit(String timelimit) {
        this.timelimit = timelimit;
    }

    public List<DataBean> getData() {
        return data;
    }

    public void setData(List<DataBean> data) {
        this.data = data;
    }

    public static class DataBean implements Serializable {
        private String id;
        private String title;
        private String right;
        private String explain;
        private List<String> option;
        private String ttype;
        private String tid;
        private String libtype;

        public String getId() {
            return id;
        }

        public void setId(String id) {
            this.id = id;
        }

        public String getTitle() {
            return title;
        }

        public void setTitle(String title) {
            this.title = title;
        }

        public String getRight() {
            return right;
        }

        public void setRight(String right) {
            this.right = right;
        }

        public String getExplain() {
            return explain;
        }

        public void setExplain(String explain) {
            this.explain = explain;
        }

        public List<String> getOption() {
            return option;
        }

        public void setOption(List<String> option) {
            this.option = option;
        }

        public String getTtype() {
            return ttype;
        }

        public void setTtype(String ttype) {
            this.ttype = ttype;
        }

        public String getTid() {
            return tid;
        }

        public void setTid(String tid) {
            this.tid = tid;
        }

        public String getLibtype() {
            return libtype;
        }

        public void setLibtype(String libtype) {
            this.libtype = libtype;
        }
    }
}
